
Worked on enhancing the build system robustness for the libsdl-org/highway repository by introducing hardware capability detection using the __has_include directive. This approach enabled accurate identification of asm/hwcap.h availability across diverse compiler toolchains, improving cross-platform reliability for C and C++ projects. Addressed internal build issues by rolling back SVE enablement and updating related compiler checks and tests, ensuring stability across ARM architectures. The work focused on refining build system logic, compiler directives, and test conditions, resulting in reduced build failures and a more maintainable codebase. All changes were delivered through focused, auditable commits that prioritized reliability and future extensibility.
February 2025: Delivered build system robustness for highway by introducing __has_include-based hardware capability detection to ensure correct asm/hwcap.h availability across toolchains. Rolled back SVE enablement due to internal build issues and updated related compiler checks and tests to preserve stability across ARM toolchains. These changes improve cross-platform reliability and reduce build failures, while laying groundwork for safe reintegration of SVE features when builds stabilize.
February 2025: Delivered build system robustness for highway by introducing __has_include-based hardware capability detection to ensure correct asm/hwcap.h availability across toolchains. Rolled back SVE enablement due to internal build issues and updated related compiler checks and tests to preserve stability across ARM toolchains. These changes improve cross-platform reliability and reduce build failures, while laying groundwork for safe reintegration of SVE features when builds stabilize.

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